Vehicle Motion Prediction for Autonomous Navigation system Using 3 Dimensional Convolutional Neural Network

Movement Planning, as a principal innovation of programmed routes for Autonomous vehicles, is yet an open testing issue, all things considered, traffic circumstances and is generally applied by the model-based methodologies. Nonetheless, because of the multifaceted nature of the traffic circumstances and the vulnerability of the edge cases, it is difficult to devise an overall movement arranging framework for Autonomous vehicles. Spurred by this expanded fame, we give Deep-learning based ways to deal with vehicle motion prediction with practically 80% Accuracy in this paper. The 3D Convolutional Neural Network (3D-CNN) filter size 25x224x224 is applied to extricate the spatiotemporal data from the multi-outline data. At last, the completely associated neural organizations are utilized to develop a control model for Autonomous vehicle steering angle. The analyses exhibited that the proposed technique could produce accurate and exact visual movement arranging results for Autonomous vehicles. Movement Planning, as a principal innovation of programmed routes for Autonomous vehicles, is yet an open testing issue, all things considered, traffic circumstances and is generally applied by the model-based methodologies. Nonetheless, because of the multifaceted nature of the traffic circumstances and the vulnerability of the edge cases, it is difficult to devise an overall movement arranging framework for Autonomous vehicles. Spurred by this expanded fame, we give Deep-learning based ways to deal with vehicle motion prediction with practically 80% Accuracy in this paper. The 3D Convolutional Neural Network (3D-CNN) filter size 25x224x224 is applied to extricate the spatiotemporal data from the multi-outline data. At last, the completely associated neural organizations are utilized to develop a control model for Autonomous vehicle steering angle. The analyses exhibited that the proposed technique could produce accurate and exact visual movement arranging results for Autonomous vehicles.